LiquidScheduler’s Clear-Oracle-Table Bounty
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The LiquidScheduler’s Clear-Oracle-Table Bounty adds new functionality to LiquidOracles, the DAPP Network’s decentralized, flexible, cost-effective oracle solution.
Developers — create an importable library based on LiquidScheduler intervals, which periodically commits the IPFSentry and clears the OracleEntry tables on a smart contract, and you could win up to 75,000 DAPPs.
LiquidScheduler’s Clear-Oracle-Table Bounty: Specific Details & Requirements
Developers are required to create an importable library using LiquidScheduler intervals, which periodically commits the ipfsentry and clears the oracleentry tables on a smart contract.
The developer should be able to run one (1) interval for each table (ipfsentry or oracleentry) by specifying the table name and the interval frequency. For example: setProcessEntryInterval(“ipfsentry”,120);
Note: If there are no entries to be committed (vRAM) or cleared (LiquidHarmony), no transaction should be performed. Developers can implement the service request abort feature to prevent it from running in these cases.
Note: Submissions must include an additional unit test on at least one bridge unit test to ensure oracleentry and ipfsentry tables have been committed (IPFS/vRAM) or cleared (LiquidHarmony), for the following boxes: atomictokenpeg, binancetokenpeg, ethtokenpeg.
Create an importable library based on LiquidScheduler intervals, which periodically commits the IPFSentry and clears the OracleEntry tables on a smart contract — and you could win up to 75,000 DAPP tokens!
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